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Frameless Torque Motors for Humanoid Robots How to Choose and Implement the Right Motors for Your Application
Humanoid Robotics – A Market on the Rise
The race to develop mass-produced humanoid robots is shaping the future of technology. Goldman Sachs projects a $35 billion market for humanoid robots by 2033.
Humanoid robots require electric, hydraulic, or pneumatic drive systems – with frameless torque motors emerging as the preferred choice due to their high efficiency, precision, and compact design.
TiaGo, the Pro Mobile Manipulator from PAL Robotics © PAL Robotics
What is Inside the Guide? In our Comprehensive Guide, you will learn:
- Key Factors for Selecting Motors – What matters most for humanoid robot joints?
- Cutting-Edge RoboDrive Technology – Developed at the German Aerospace Center (DLR).
- System Requirements – What performance criteria must motors meet?
- Practical Implementation Insights – How to successfully integrate frameless motors.
Why This Matters
The rapid advancements in humanoid robotics open up new commercial opportunities. Global companies developing humanoid robots rely on TQ’s high-performance torque motors for unmatched precision, efficiency, and reliability.
Humanoid Robot TALOS from PAL Robotics © PAL Robotics
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Our USPs
- Frameless technology with roots in DLR robotics
- High torque density in the smallest possible space
- From motor kits to actuators
- Scalable ILM and ILM-E portfolio
- Support from design through integration to series production
